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Renewable Energy Infographics

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Renewable energy powerpoint presentation slides

Green energy is any energy produced from environmental resources such as sunshine, wind, or water. Check out our competently designed Green Energy template that provides an overview of the green energy power plant service provider firm, its mission, successful projects, and its scope of work. This Green Energy PowerPoint presentation covers the reasons to invest in green energy, introduces green energy by including its benefits, working and compares green, clear, and renewable energy. Additionally, this Clean Energy PPT talks about the various types of green energy such as solar, wind, hydropower, geothermal, biomass, and biofuels. Furthermore, this Renewable Energy template includes a detailed overview of all the green energy type power plants by comprising their different types, working, components of power, and benefits. Also, this Green Energy PPT provides an estimated cost and maintenance expenses to implement the green energy plants. Lastly, this Clean Energy deck comprises a 30-60-90 days plan, a roadmap to implement a green energy power plant, and a dashboard. Book a free demo with our research team now.

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This complete presentation has PPT slides on wide range of topics highlighting the core areas of your business needs. It has professionally designed templates with relevant visuals and subject driven content. This presentation deck has total of seventy six slides. Get access to the customizable templates. Our designers have created editable templates for your convenience. You can edit the color, text and font size as per your need. You can add or delete the content if required. You are just a click to away to have this ready-made presentation. Click the download button now.

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Slide 1 : This slide introduces Green Energy. State Your Company Name and begin. Slide 2 : This is an Agenda slide. State your agendas here. Slide 3 : This slide presents Table of Content for the presentation. Slide 4 : This is another slide continuing Table of Content for the presentation. Slide 5 : This is another slide continuing Table of Content for the presentation. Slide 6 : This slide shows title for topics that are to be covered next in the template. Slide 7 : This slide represents the introduction of the green energy power firm. Slide 8 : This slide describes the mission to expand the green energy sector worldwide. Slide 9 : This slide shows title for topics that are to be covered next in the template. Slide 10 : This slide represents the hydropower station project built by us by covering details such as cost, number of generators, area of the plant, used components, etc. Slide 11 : This slide depicts the offshore wind power project successfully set up by us. Slide 12 : This slide showcases the onshore wind power project established by the green energy power plant firm. Slide 13 : This slide shows title for topics that are to be covered next in the template. Slide 14 : This slide illustrates why people, organizations, and governments should invest in green energy. Slide 15 : This slide depicts how green energy is economically viable and will become a better-suited option. Slide 16 : This slide shows title for topics that are to be covered next in the template. Slide 17 : This slide represents what green energy is and how it is produced through natural resources. Slide 18 : This slide presents difference between green, clean and renewable energy. Slide 19 : This slide depicts how green energy works, derived from sun, wind, and water. Slide 20 : This slide represents the benefits of green energy, including reduced harmful emissions. Slide 21 : This slide shows title for topics that are to be covered next in the template. Slide 22 : This slide illustrates the solar power type of green energy, how the sun's energy is used for multiple purposes. Slide 23 : This slide represents how solar energy works, can be used anywhere, reduces maintenance expenditure, etc. Slide 24 : This slide displays the solar panel components such as aluminum frame, tempered glass, encapsulant –EVA, etc. Slide 25 : This slide depicts the benefits of solar energy, including zero energy-production costs, versatile installation, etc. Slide 26 : This slide showcases utility-scale solar power panels that help to generate a massive amount of electricity. Slide 27 : This slide depicts the utility-scale solar power panels that help our future anticipation of generating electric. Slide 28 : This slide describes the residential solar power panels and their storing capacity of power. Slide 29 : This slide shows title for topics that are to be covered next in the template. Slide 30 : This slide represents what wind power is, how the wind is caused, its less water usage, etc. Slide 31 : This slide depicts the types of wind turbines such as horizontal axis wind turbines and vertical axis wind turbines. Slide 32 : This slide describes how wind turbines work to generate electrical energy through wind energy. Slide 33 : This slide represents the components of wind turbines such as rotor, nacelle, control, etc. Slide 34 : This slide showcases benefits of wind energy by elaborating its advantages in cost-effectiveness. Slide 35 : This slide shows installation of wind turbines offered by green energy power plant firm. Slide 36 : This slide shows title for topics that are to be covered next in the template. Slide 37 : This slide describes the hydropower type of green energy and how it is generated. Slide 38 : This slide depicts what is hydropower plants, on what principle it works, how it generates electric power, etc. Slide 39 : This slide presents the components of the hydropower plant such as dam, turbine, intake, etc. Slide 40 : This slide represents the working of hydropower plan and its various components. Slide 41 : This slide describes how the implementation of hydropower plants provides many benefits. Slide 42 : This slide showcases the diversion hydropower plant, the process of generating electricity by running water through penstocks. Slide 43 : This slide depicts the pumped-storage hydropower plant and how it generates electricity. Slide 44 : This slide represents the impoundment hydropower plant, how river water is stored in the large data lakes. Slide 45 : This slide shows title for topics that are to be covered next in the template. Slide 46 : This slide showcases the geothermal energy type of green energy and how it is generated through the wells. Slide 47 : This slide represents the benefits of geothermal energy, such as being environmentally friendly. Slide 48 : This slide displays the dry steam geothermal power plant, its components such as injection well. Slide 49 : This slide presents the flash stream geothermal power plant, its working and components. Slide 50 : This slide depicts the binary cycle geothermal power plant, its working and components. Slide 51 : This slide represents the geothermal power plant method of geothermal energy and the process of power generation. Slide 52 : This slide depicts the geothermal heat pumps methods of geothermal energy and the process of energy production. Slide 53 : This slide showcases Components of Geothermal Power Plant. Slide 54 : This slide shows title for topics that are to be covered next in the template. Slide 55 : This slide depicts the introduction of biomass energy, its usage, and its energy sources. Slide 56 : This slide represents the overview of biofuels that are produced from biomass energy. Slide 57 : This slide shows title for topics that are to be covered next in the template. Slide 58 : This slide showcases the cost and maintenance of green energy plants by categorizing them. Slide 59 : This slide shows title for topics that are to be covered next in the template. Slide 60 : This slide depicts the scope of work for the plant set up for customers. Slide 61 : This slide shows title for topics that are to be covered next in the template. Slide 62 : This slide displays 30-60-90 Days Plan to Implement Green Energy Plant. Slide 63 : This slide shows title for topics that are to be covered next in the template. Slide 64 : This slide represents the roadmap to set up the green energy plant by covering the steps involved. Slide 65 : This slide shows title for topics that are to be covered next in the template. Slide 66 : This slide depicts the dashboard for our green energy projects by covering details of total projects. Slide 67 : This slide displays Icons for Green Energy. Slide 68 : This slide is titled as Additional Slides for moving forward. Slide 69 : This slide presents Bar chart with two products comparison. Slide 70 : This slide describes Line chart with two products comparison. Slide 71 : This is a Comparison slide to state comparison between commodities, entities etc. Slide 72 : This slide depicts Venn diagram with text boxes. Slide 73 : This is a Timeline slide. Show data related to time intervals here. Slide 74 : This slide shows Post It Notes. Post your important notes here. Slide 75 : This slide contains Puzzle with related icons and text. Slide 76 : This is a Thank You slide with address, contact numbers and email address.

Renewable energy powerpoint presentation slides with all 81 slides:

Use our Renewable Energy Powerpoint Presentation Slides to effectively help you save your valuable time. They are readymade to fit into any presentation structure.

The two main types of wind turbines are horizontal axis wind turbines (HAWT) and vertical axis wind turbines (VAWT). HAWT works by using blades that rotate around a horizontal axis, whereas VAWT works by using blades that rotate around a vertical axis. Both types of wind turbines use the kinetic energy from wind to generate electrical energy through a generator.

Solar panels work by converting sunlight into electrical energy through photovoltaic cells. These cells are made up of semiconducting materials that absorb the photons from the sun and release electrons, which generates electrical energy. The components of solar panels include an aluminum frame, tempered glass, encapsulant –EVA, solar cells, and a backing material.

Investing in green energy is beneficial for individuals, organizations, and governments. Green energy is eco-friendly and renewable, which helps reduce harmful emissions and protects the environment. It also reduces energy production costs in the long run, provides energy security, creates job opportunities, and contributes to economic growth.

Geothermal energy is a type of green energy that is generated by harnessing the heat from the earth's interior. It is generated through geothermal power plants and geothermal heat pumps. Geothermal power plants use wells to extract hot water or steam, which then powers a turbine that generates electricity. Geothermal heat pumps use the constant temperature of the earth to heat and cool buildings.

Green energy is a form of renewable energy that produces no or fewer harmful emissions than traditional energy sources. Clean energy refers to energy produced with minimal environmental impact, whereas renewable energy sources can be replenished naturally.

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March 7, 2022

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Energy PowerPoint Templates

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Sources of Energy

Mar 16, 2019

380 likes | 613 Views

Sources of Energy. Solar Energy. Sources of Energy. Learning Standard ENGR-EP-1. Students will utilize the ideas of energy, work, power, and force to explain how systems convert, control, transmit, and/or store energy and power. Sources of Energy. Concepts

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• solar energy
• free electrons
• solar collector
• direct gain approach
• active solar energy collection

Presentation Transcript

Sources of Energy Solar Energy

Sources of Energy • Learning Standard • ENGR-EP-1. Students will utilize the ideas of energy, work, power, and force to explain how systems convert, control, transmit, and/or store energy and power

Sources of Energy • Concepts • Identify the reason solar energy is considered to be an inexhaustible energy resource • State why solar energy is one of the only long-term options for energy independence • Explain the difference between open loop solar collection and closed loop solar collection • Summarize how solar energy creates heat • Describe three basic types of active solar collectors • Give examples of three passive solar collector schemes

Sources of Energy • Concepts • Discuss how a photovoltaic cell works to convert sunlight to electricity • Differentiate between active solar energy and passive solar energy techniques • Discuss advantages and disadvantages of various solar collection schemes • Perform calculations to determine the payback period associated with the cost of installing solar collection equipment and techniques

Sources of Energy • Vocabulary

Sources of Energy • Solar Energy • The sun is considered an inexhaustible source of energy. The sun supplies the Earth with an extremely large amount of energy. The sun lies 93 million miles away from Earth and only one of every 2 billion solar rays strikes the Earth. It is estimated that 2.5 times the amount of energy necessary to sustain a home for a year strikes that home in the form of sunlight every year

Sources of Energy • Collecting Solar Energy • The sun provides us with several forms of energy, including light and heat, often referred to as solar energy. If we could collect a bigger portion of the sun’s energy, we would have all the energy we would need. Solar energy is not that easy to collect because it is spread out all over the surface of the Earth. The current methods used to collect the sun’s energy are insufficient and rather expensive, compared to other energy sources. It is also hard to store solar energy.

Sources of Energy • Measuring Solar Energy • There are three terms that are used most frequently when discussing the measurement of solar energy • Solar Constant • Insolation Value • Langley

Sources of Energy • Solar Constant • The solar constant represents the amount of energy in all forms of radiation reaching the Earth’s outer atmosphere. The solar constant can be measured in Btu/ft2/hr. It is not often used, as it is primarily a theoretical term representing a value that exists at the outer edge of our atmosphere

Sources of Energy • Insolation Value • Insolation value is often referred to as the value of incident solar radiation. Insolation can also be measured in Btu/ft2/hr, but it represents the amount of energy available on a specific square foot of Earth in a given location. This is more useful that solar constant because it is a measurement of energy that can be collected. This is generally somewhere between 0-360 Btu/ft2/hr, depending on cloud cover, location, altitude, air temperature, time of day, and angle at which the sunlight is measured.

Sources of Energy • Insolation Value *Insolation on a horizontal surface (Btu/ft2/d) **Insolation on a surface tilted at an angle equal to the latitude (Btu/ft2/d)

Sources of Energy • Langley • Langley is primarily used by weather agencies, such as National Oceanic and Atmospheric Administration (NOAA). One Langley is approximately equal to 221 Btu/ft2/hr. Charts often refer to solar intensity over weeks or years in Langleys

Sources of Energy • Solar Energy Collection Concepts • There are two types of solar energy collection • Active Solar Energy Collection • Passive Solar Energy Collection

Sources of Energy • Active Solar Energy Collection • Active solar energy collection systems use circulation pumps and fans to collect and distribute heat. Some active solar heating systems are capable of concentrating solar energy. Thus, they can reach higher temperatures than passive solar heating systems

Sources of Energy • Passive Solar Energy Collection • Passive solar energy collection techniques do not make use of any externally powered, moving parts, such as circulation pumps, to move heated water or air. A passive solar system typically makes use of gravity; natural principles of heat movement, such as convection (hot air rises); evaporation; and architectural design to store and move heat

Sources of Energy • Open Loop Solar Collection • In an open loop solar collection, the heated water or air is directly distributed for use. The water or air that flows through the collector is what is actually used. This type of system is used to help facilitate heating of air or water with electricity or natural gas

Sources of Energy • Open Loop Solar Collection

Sources of Energy • Closed Loop Solar Collection • In a closed loop solar collection, a collection medium is used to collect the heat and transfer it to water or air for end use. The liquid used within the closed loop simply circulates from the collector to the heat exchanger and back to the collector and never comes in contact with the water or air being heated.

Sources of Energy • Closed Loop Solar Collection

Sources of Energy • Types of Active Solar Energy Collection • There are three types of active solar collectors. • Flat-plate collectors • Linear-concentrating parabolic collectors • Parabolic dish collectors

Sources of Energy • Flat-Plate Collectors • The flat-plate collector offers several advantages, including the ability to collect heat from diffuse sunlight, which is sunlight that bounces off clouds, even on cloudy days. Flat-plate collectors are typically stationary, mounted on rooftops facing south in the northern hemisphere. Visible light is radiated at a frequency that readily passes through glass. Once the light passes through the glass, it strikes an absorber plate which is painted black. This light is converted to heat and trapped between the glass and the absorber plate and used to heat either air, water, or other liquids

Sources of Energy • Flat-Plate Collectors

Sources of Energy • Linear-Concentrating Parabolic Collectors • Parabolic collectors must track the sun from the east to the west in what is known as the azimuth path. The azimuth path is the path that the sun travels daily. This travel every few minutes allows for the sun’s rays to the focal line of the collector as the sun moves through the sky. When linear-concentrating parabolic collectors are on track, they can collect much more energy than a flat-plate collector in a shorter period of time while occupying less space

Sources of Energy • Linear-Concentrating Parabolic Collectors

Sources of Energy • Parabolic Dish Collectors • Parabolic dish collectors have one focusing point which gives a tremendous collection ratio. Large point-focusing collectors are capable of producing extremely high temperatures, but it takes very sophisticated tracking mechanisms. Not only must this type of collector track along the azimuth of the sun, but also the height of the sun, or it’s zenith path. The net result is that the collector is almost constantly making some minor adjustment to track the sun. When in focus, it has a collection ratio that far exceeds other types of collectors

Sources of Energy • Parabolic Dish Collectors

Sources of Energy • Types of Passive Solar Energy Collection • There are three types of passive solar collectors. • Direct Gain Approach • Indirect Gain Approach • Isolated Gain Approach

Sources of Energy • Direct Gain Approach • Direct gain approach means that there is no significant architectural provisions made to collect solar power, other than the windows facing in the proper direction. A few basic requirements are: • Good southern exposure • Window areas facing, south, west, or east and represents about 10%-15% of the home’s square footage • Very few windows facing north

Sources of Energy • Indirect Gain Approach • Indirect gain approach uses a storage medium to store the heat for later use. This is something that is built into the building or added on an existing structure. This medium could be rocks, water, or concrete. A trombe wall is an example of indirect gain approach

Sources of Energy • Isolated Gain Approach • In the isolated gain approach, the solar collector is isolated from the main structure to be heated. The collector is typically located next to or beneath the home. This system used convection loops to circulate the heated air throughout the entire structure

Sources of Energy • Photovoltaic • The process of converting sunlight to electricity begins with tiny bundles of light known as photons. It has been known since the late 1800s that, when photons strike certain metals, free electrons are emitted. This is referred to as the photoelectric effect

Sources of Energy • Photovoltaic

Sources of Energy • Photovoltaic • A photon strikes a photovoltaic cell, which is a semi-conductive material that emits free electrons when exposed to light. The free electrons result in the flow of electricity. If enough cells are combined, the flow of electricity can be substantial enough to perform useful work

Sources of Energy • Photovoltaic • Photovoltaic cells, sometimes referred to as solar cells, have the ability to convert sunlight directly into electricity without any moving parts. This occurs when positively charged photons strike the cell and displace electrons from the material making up the cell. The free electrons begin to collect along thin copper strips that feed a heavier copper conductor. The electrons are drawn away when placed in a circuit and connected to an electrical load, like a lightbulb

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SOURCES OF ENERGY

SOURCES OF ENERGY. Ms. Ashby’s Third Grade Science Class. We use energy every day. Energy is need to operate machines, to heat and cool our homes and schools, to cook, to provide light and to take people from place to place. . THE SUN. Almost all of the energy we use comes from the sun.

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Sources of Energy. Renewable and Non-renewable. What is Energy?. Energy is the ability to do work. Energy Forms. Heat . Light. Sound . Kinetic (movement). Chemical. Electrical . Gravitational . Elastic (potential). Sources of Energy.

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SOURCES OF ENERGY. By Mrs. Howie. NON - RENEWABLE. 3 fossil fuels: coal, oil, natural gas Uranium (nuclear energy). COAL - Advantages. Easy to transport Readily available (right now) Cheap source of energy. COAL - Disadvantages. Burning and mining creates pollution

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Sources of Energy. Where does it all come from?. Originally: The sun. Our primary energy source. Provides almost 1,000,000 Joules of energy per square metre of Earth every day. The sun’s energy.

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SOURCES OF ENERGY. WHAT IS ?. energy. Energy is the power to change things. It is the ability to do work.

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Sources of Energy. pp.145-151. Nearly all the energy on Earth comes originally from the sun. Plants get energy for photosynthesis from sunlight. Animals get energy from food, including plants. Over time plant and animal remains changed into coal, oil and natural gas.

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Sources of Energy. Nuclear Power Plant. The most important use of nuclear energy (or atomic energy) is the generation of electricity . This is done by using a set-up called nuclear power plant. Sources of Energy. Nuclear Power Plant. Nuclear power plant and its work .

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Sources of Energy. By Andre, Howie , Austin, Asina , and Krizia. Energy Source. Our energy source is Wind Power. What is Wind Power. Power made by the movement of wind. How it Works . This is how wind power works. First the wind blows on to a blade which makes it spin.

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Sources Of Energy

Sources Of Energy . Chapter 5---Section 3. Energy Resources. Energy cannot be made or destroyed! The two main sources of energy are: The Sun Radioactive atoms in Earth’s interior. Nonrenewable Resources. Energy sources that are used up much faster than can be replaced Fossil fuels

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Sources of Energy. H arnessing S olar E nergy. Sources of Energy. H arnessing S olar E nergy. Solar energy can be harnessed in the following ways:. Direct methods : Collecting solar energy as heat energy with the help of solar heaters and solar cookers.

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Sources of Energy. An Overview. Sources of Energy. The Sun Ultimate source of much of our energy Most non-renewable energy sources are means of storing solar energy Solar, wind, and biomass. Sources of Energy. The Moon Tidal/Wave Power Works with sun and the rotation of earth Gravity

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Alternative Sources of Energy

Wind Power. Hydro Power. Alternative Sources of Energy. Solar Power. Wind Turbine Energy. Wind Turbine.

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Sources of Energy. A favorite form of energy is electricity Where does electricity come from? Even though electricity is a very useful form of energy, there are very few direct sources of electrical energy on earth. (One example is a lightning storm.)

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Sources of energy

Sources of energy. Cells derive energy from: Sunlight The oxidation of organic molecules The oxidation of inorganic molecules. Photosynthesis The trapping and conversion of light energy into chemical energy Light energy  ATP + NADH /NADPH. Photosynthesis

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Sources of Energy. Nonrenewable. Sources of Energy. Learning Standard ENGR-EP-1. Students will utilize the ideas of energy, work, power, and force to explain how systems convert, control, transmit, and/or store energy and power. Sources of Energy. Concepts

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Sources of Energy. Unit 5. Carbohydrates. All contain Carbon, Hydrogen & Oxygen Monosaccharide (‘single’ sugar): E.g. glucose, fructose Water soluble Many are reducing sugars - donate electrons to other substances Disaccharides (‘double’ sugars) E.g maltose, sucrose Water soluble

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Alternative sources of energy

Alternative sources of energy. Renewable energy sources ( 可再生能源 )are derived from natural process and can be generated in a relatively short time. Photovoltaic cells. A wind turbine. 光伏電池. A hydroelectric power plant. A geothermal( 地熱 ) power plant. A tidal( 潮汐 ) power plant.

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Sources of Energy. Biomass or Bioconversion. Any organic material that can be used for its energy; wood, garbage, yard waste, crop waste, animal waste, even human waste Renewable Industry, homes, plants burn to make heat and produce energy Can produce air pollution and odor

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Alternative sources of Energy

Alternative sources of Energy. Solar Energy, Wind Power, Hydroelectricity. …. .....our mother earth. …. This is what it should look like. …. Where we are headed with out using alternative energy sources. Energy is the ability to do work. While energy surrounds us in all aspects of life,

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Sources of Energy. Mr. Fleming. Standards. D.7 Explain how heat is used to generate electricity . D.8 Describe the availability, current uses and environmental issues related to the use of fossil and nuclear fuels to produce electricity.

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Sources of Energy. ELECTRICAL MECHANICAL PNEUMATIC FLUID AND GASES HYDRAULIC THERMAL WATER UNDER PRESSURE GRAVITY. 29 CFR 1910.147 Scope, Application & Purpose. Servicing and maintenance of equipment where an unexpected release of energy can occur. notes:

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